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The Art of Oncology: Using the Latest in Radiation
The treatment of cancer and cancerous tumors has advanced a great deal in the last several years. Survival rates are much higher than they were just a decade ago thanks to advances in medical technology, diagnosis, and treatment which give radiation oncologists the tools needed in the quest to reduce cancer-related mortality until it is no longer a threat. Among the advances in radiotherapy are methods such as IGRT (Image Guided Radiation Therapy), IMRT (Intensity Modulated Radiation Therapy), and TomoTherapy. IGRT Image-guided radiation therapy (or image-guided radiotherapy) is radiation treatment delivered with the guidance of imaging equipment. Cancerous tumors can sometimes move due to a patient?s normal activities or just from being moved around the treatment table. By taking an image of the tumor just prior to treatment, the tumor?s location can be precisely confirmed, allowing the delivery of radiation to be delivered directly to the tumor instead of to surrounding healthy tissue. IMRT Intensity modulated radiotherapy uses a system of shields in addition to other advanced methodology to protect healthy tissue, maximizing radiation delivery to the tumor. IMRT delivers thousands of tiny beams from different angles, delivering high doses that are concave in shape, sparing normal tissue that is extremely close to and surrounded by a tumor. This is extremely effective for small, stationary tumors that are surrounded by large amounts of healthy tissue, which can include tumors in the brain, head and neck, prostate, or spinal cord. TomoTherapy TomoTherapy delivers a very sophisticated IMRT to combine treatment planning, CT image-guided patient positioning, and treatment delivery into a single integrated system. TomoTherapy allows the radiation oncologist to adjust the radiation beam to precisely target the tumor according to its size, shape, and location. Tumor position can be verified before each treatment session, allowing on-the-fly adjustments to ensure accurate radiation delivery. The goal of advancing radiotherapy technology, as it has always been in oncology, is to deliver lethal radiation directly to the tumor, spare as much healthy tissue as possible, and decrease the impact on a patient?s quality of life. Author-Vantage Oncology is dedicated to this idea of improving care for patients and their families who are affected by cancer. Our commitment to radiosurgery and radiotherapy continues as we search for newer and better ways to treat cancer and improve the lives of cancer survivors. Article Directory: Article Dashboard form: Muntho.com, Hosting, Notebook, Hotel, Airline, Hosting2  radiation, therapy, radiosurgery, radiotherapy, radiation, oncology, radiation, oncologist, tomotherapy
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This is a useful summary - only question I have (and ask this because even though very new anyway, TomoTherapy has been used in the US far longer than in the UK): is TomoTherapy really supported by good clinical evidence? i.e. is there confidence in US patients and doctors that it is at least as good as other kinds of machine and that nothing is likely to show up that may cause concern in the future?
A relatively new but also useful UK blog I joined is http://radiotherapy.blog.co.uk/ and it talks about some of the different technologies - and it highlights the gap in technology between the UK and other parts of the world, including the US!